Divergent covalent organic frameworks as antenna reactors for photoredox catalysis

Key Points

• Optimal light absorption in divergent covalent organic frameworks enhances reaction mechanisms, improving yields.
• The study showcases the performance of these frameworks under varied photonic conditions, achieving a notable increase in efficiency.
• Experimental observations support the hypothesis that antenna reactors accelerate photoredox catalysis and facilitate faster reactions.
• Findings suggest potential applications in sustainable chemistry and highlight the necessity for external validation before industrial use.